Yazılar

European Battery Hopes Depend on Chinese Partnerships Post-Northvolt Collapse

The collapse of Northvolt has not entirely derailed Europe’s ambitions to develop its own electric vehicle (EV) battery industry, but the continent’s progress now increasingly relies on Chinese investment and expertise.

Slovakian startup InoBat exemplifies this shift. The company faced funding challenges until Gotion, China’s fifth-largest battery maker, acquired a 25% stake and entered a joint venture with InoBat to build gigafactories in Europe. On Friday, InoBat announced €100 million ($104 million) in Series C funding, pushing its total capital raised to over €400 million. This development, coming shortly after Northvolt’s financial troubles, signals that European EV battery projects can still attract investors—albeit often with significant Chinese backing.

Executives and analysts suggest that future European battery ventures are likely to involve joint ventures with Chinese firms, mirroring the Gotion-InoBat partnership and a recent agreement between Stellantis and CATL. According to Lacie Midgely, a research analyst at Panmure Liberum, institutional investors now seek strategic partnerships before committing to funding.

China’s dominance in battery production is evident in companies like Gotion, which boasted a production capacity of 150 gigawatt hours (GWh) in 2023, enough to power up to 2 million cars. By 2025, this figure is expected to reach 270 GWh, far outpacing Europe’s current capabilities.

Partnerships and Progress

The Gotion-InoBat Batteries (GIB) joint venture has proven advantageous for InoBat, securing investor confidence by leveraging Gotion’s experience and scale. Vikram Gourineni, executive director at Indian battery maker Amara Raja—a key investor in InoBat’s latest funding round—highlighted that automakers prefer proven large-scale capabilities to mitigate risks in their EV programs.

InoBat operates a pilot production line in Voderady, Slovakia, and is building a high-performance 4 GWh gigafactory. The company also plans a $1.2 billion, 20 GWh facility in Surany, Slovakia, slated to supply batteries for 200,000 EVs annually starting in 2027. Volkswagen, which owns a 24.45% stake in Gotion, is a major partner, with Slovak government aid contributing €214 million to the project.

GIB’s strategy focuses on low-cost, high-volume production, leveraging Slovakia’s automotive manufacturing hub and proximity to major German, Czech, and Hungarian markets.

Challenges for Independent European Projects

Northvolt’s failure to compete with Chinese giants like BYD and CATL has cast doubt on other independent European battery startups. In 2024, at least eight companies postponed or canceled European EV battery projects, while the continent’s projected battery pipeline capacity through 2030 fell by 176 GWh, according to Benchmark Minerals.

However, some projects show promise. French startup Verkor, backed by Renault, has raised €3 billion to build a 16 GWh gigafactory in Dunkirk, expected to produce batteries for 300,000 EVs annually by 2028. Meanwhile, UK-based Ilika focuses on licensing its solid-state battery technology rather than building gigafactories, catering to niche markets such as medical devices and potentially EVs.

The Role of Chinese Expertise

European startups increasingly rely on Chinese partners to navigate technical and financial hurdles. Gotion’s collaboration has accelerated InoBat’s development, enabling faster problem-solving and cost management. CEO Marian Bocek noted that InoBat’s high-performance batteries are undergoing testing by premium automakers like Ferrari, while its GIB joint venture ensures large-scale production.

Analysts like Andy Leyland of SC Insights suggest that automakers and investors prefer de-risking production by relying on the expertise of established Asian battery manufacturers. “The Chinese have mastered low-cost mass production, so if you want batteries made, most likely Asian battery makers will make them,” Leyland said.

Despite these challenges, Europe’s battery ambitions remain alive, albeit increasingly intertwined with Chinese partnerships that provide the scale and expertise necessary to meet growing EV demand.

 

CATL Develops 10 EV Models with Swappable Batteries, Aims for Mass Adoption

Contemporary Amperex Technology Co., Ltd (CATL), the world’s largest battery manufacturer, announced on Wednesday that it has co-developed 10 new electric vehicle (EV) models with automakers, all featuring swappable batteries. This development aligns with CATL’s strategy to promote battery swapping as a key alternative to traditional gasoline stations and standard EV charging methods in China.

Battery Swapping Revolution

Yang Jun, CEO of CATL’s battery-swapping brand EVOGO, revealed plans to launch the first EV equipped with its “choco-swap” battery this month, with additional models to follow in the coming months. CATL also aims to establish 1,000 battery-swapping stations next year and is seeking partnerships to accelerate station deployment.

CATL envisions battery swapping as a transformative solution, predicting that 30,000-40,000 swapping stations could replace one-third of China’s 100,000 gasoline stations in the future. Yang projects that by 2030, battery swapping will account for one-third of EV power-up solutions, alongside home and public charging options.

The “choco-swap” battery is designed for quick replacements, allowing drivers to swap depleted batteries in just one minute. CATL’s battery-swapping service is offered on a subscription basis, starting at 369 yuan ($51) per month. The company is also standardizing battery sizes to encourage broader adoption among automakers.

Collaboration and Expansion

CATL has partnered with state-owned automakers Changan Auto and FAW to integrate the battery-swapping technology. Since the launch of its EVOGO service in 2022, CATL has been piloting battery-swapping stations in select Chinese cities.

Robin Zeng, CATL’s chairman, emphasized the role of green energy in powering the swapping stations and highlighted their potential to stabilize power grids. Additionally, CATL is diversifying into areas like micro power grids and skateboard chassis as part of its long-term growth strategy.

Growing Competition in Battery Swapping

Chinese automaker Nio has been a major player in the battery-swapping space, with over 2,800 stations built as of early December. Nio’s technology allows EV batteries to be replaced in three minutes, offering another fast alternative for EV users.

The battery-swapping trend addresses critical infrastructure bottlenecks, a key challenge slowing global EV growth. While China leads in battery-swapping adoption, companies like Nio and Xpeng are also exploring extended range hybrids to cater to overseas markets with limited EV charging and swapping facilities.

Market Outlook

CATL’s aggressive push for battery swapping reflects its confidence in this technology as a scalable solution for EV energy needs. By enabling faster recharging and enhancing grid stability, CATL aims to position battery swapping as a mainstream option for both domestic and global markets.

 

Synopsys and SiMa.ai Partner to Accelerate AI Chip Development for Automakers

Synopsys, a leading provider of chip-design software, and SiMa.ai, a startup specializing in energy-efficient AI hardware and software for cars, have announced a strategic partnership aimed at advancing the development of artificial intelligence (AI) chips for the automotive industry.

Focus on Energy-Efficient AI for Automobiles

The collaboration is designed to support automakers and suppliers in developing AI-powered chips that can handle diverse functions within cars, particularly in electric vehicles (EVs). As EVs face competition for battery power between chips and drive systems, energy-efficient AI solutions are crucial. SiMa.ai has developed hardware and software that can handle a variety of AI tasks, such as computer vision for driver-assistance systems and voice assistants that listen for driver commands.

Partnership Benefits

The partnership will provide Synopsys users access to SiMa.ai’s intellectual property, enabling automakers to use advanced tools to simulate how chips and software will work together. This will help car manufacturers and suppliers identify the best chip-and-software combinations for their specific needs, improving performance and energy efficiency.

Industry Implications

SiMa.ai aims to integrate advanced AI technologies, such as voice assistants, into vehicles within the next three years. However, these AI technologies typically rely on power-hungry chips used in data centers, requiring adaptation to meet the energy demands of automobiles. SiMa.ai’s solutions are designed to be highly energy-efficient, fitting within the power and performance constraints of automotive applications.

Krishna Rangasayee, CEO of SiMa.ai, emphasized that the company’s technology is specifically built to meet the energy and performance needs of the automotive sector. The companies did not disclose the financial details of the agreement.